The relationship between ionization and change in concentration of any weak electrolyte is represented as:

Question

The relationship between ionization and change in concentration of any weak electrolyte is represented as: (A) α=(Ka/C) (B) α=√(Ka/C) (C) α=Ka ⋅ C (D) α=(√Ka/C2)

Tardigrade Admin · Accepted Answer

The relationship between ionisation and change in concentration of any weak electrolyte is represented by α=√(K a/C) where α= degree of dissociation C= molar concentration Ka= ionisation constant

Q. The relationship between ionization and change in concentration of any weak electrolyte is represented as:

$α = \frac{K _{a}}{C}$

$α = \frac{K _{a}}{C}$

$α = K_{a} \cdot C$

$α = \frac{K _{a}}{C ^{2}}$

The relationship between ionisation and change in concentration of any weak electrolyte is represented by $α = \frac{K a}{C}$
where $α =$ degree of dissociation
$C =$ molar concentration
$K_{a} =$ ionisation constant

Q. The relationship between ionization and change in concentration of any weak electrolyte is represented as:

α=CKa​​

α=CKa​​​

α=Ka​⋅C

α=C2Ka​​​

The relationship between ionisation and change in concentration of any weak electrolyte is represented by α=CKa​​ where α= degree of dissociation C= molar concentration Ka​= ionisation constant

$α = \frac{K _{a}}{C}$

$α = \frac{K _{a}}{C}$

$α = K_{a} \cdot C$

$α = \frac{K _{a}}{C ^{2}}$

The relationship between ionisation and change in concentration of any weak electrolyte is represented by $α = \frac{K a}{C}$
where $α =$ degree of dissociation
$C =$ molar concentration
$K_{a} =$ ionisation constant